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Primary Metals And Products

Supplier From Canada
Jun-05-17

Primary and secondary Aluminium ingots, Aluminium alloy billets, Aluminium sheets and coils, Tin ingots, Zinc ingots, Copper cathodes, Copper Millberry Wire, Galvanized iron (GI) sheets and coils. Galvalume sheets and coils, pre-painted galvanized iron (PPGI) sheets and coils, Aluminium profiles, fabricated structural steel, etc


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Lead Powder

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Lead powder and lead concentrate are different forms of lead that serve various industrial purposes. Here's an overview of each:

Lead Powder: Form: Lead powder refers to finely ground particles of lead metal, typically in powder or granular form.
Uses:
Battery Manufacturing: Lead powder is often used in the production of lead-acid batteries.
Radiation Shielding: Lead is known for its ability to absorb and shield against radiation, and lead powder can be used in various applications where radiation protection is required.
Ammunition: Lead powder is a component in the production of ammunition and bullets.
Metal Coatings: It may be used in the manufacturing of certain types of paints and coatings.
Lead Concentrate:
Form: Lead concentrate is a raw material derived from the mining and processing of lead ores. It is not a pure form of lead but rather a mixture containing lead and other minerals.
Composition: Lead concentrate typically contains lead sulfide (galena) as the primary mineral, along with other sulfide minerals.
Processing: The lead concentrate is further processed through smelting to extract pure lead metal.
Uses: Lead concentrate is a crucial intermediate product in the production of refined lead.
It is an essential raw material for lead smelters, where the lead is separated from impurities and processed into the desired forms.
Lead concentrate may also contain valuable by-products such as silver and zinc.
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Insulation joints (or isolation couplings or isolation joints) provide electrical isolation and cathodic protection in pipelines, tanks and pump stations where oil, gas and water are the carrier fluids. Insulation fittings are available in sizes ranging from 2 to 48 and pressures ranging from ANSI 150 to ANSI 900.

Three features ensure electrical isolation.
1. insulating gaskets prevent metal-to-metal contact at the joints

2. Internal cavities are filled with a special dielectric compound

3. Inner and outer surfaces are coated with two (2) coats of non-conductive epoxy paint, or according to customer specifications.

The welded end hubs of our insulated joints are supplied according to the customer's pipe specifications. Optional extra-long stubs (supplied by the customer) can be included in the completed joint.

Features of insulating joints:
1. Non-conductive material: The primary feature of an insulating joint is that it is made of a non-conductive material, which prevents the transfer of electrical current.

2. Easy to install: Insulating joints are typically easy to install, as they do not require any special tools or equipment.

3. Wide temperature range: Many insulating joints are designed to withstand a wide range of temperatures, making them suitable for use in a variety of applications.

4. Chemical resistance: Some insulating joints are made of materials that are resistant to chemical corrosion, which makes them suitable for use in chemical processing plants or other environments where chemicals are present.

The primary advantage of an insulating joint is that it provides electrical isolation between two sections of pipe, which can help to prevent electrical accidents and protect personnel.

Insulating joints are commonly used in a variety of applications, including:
1. Chemical processing plants: In chemical processing plants, insulating joints are used to prevent the transfer of electrical current between pipes, which can help to prevent explosions or other accidents.

2. Oil and gas pipelines: Insulating joints are used in oil and gas pipelines to prevent the transfer of electrical current between pipes, which can help to prevent fires or other accidents.

3. Power plants: Insulating joints are used in power plants to prevent the transfer of electrical current between pipes, which can help to prevent electrical accidents and protect personnel.

4. Water treatment plants: Insulating joints are used in water treatment plants to prevent the transfer of electrical current between pipes, which can help to prevent electrical accidents and protect personnel.
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